Do more with exceptional fluidity. The Exynos 1580 upgrades its cores to Armv9 and replaces the previous bi-cluster architecture with a tri-cluster architecture consisting of one big, three middle and four little cores. That new technology and optimized structure allow the chip to step up to a higher level of performance and power efficiency. This lets you run your favorite apps more seamlessly — over a longer time and with higher security — and even demanding multitasking becomes a breeze.

Do more with exceptional fluidity. The Exynos 1580 upgrades its cores to Armv9 and replaces the previous bi-cluster architecture with a tri-cluster architecture consisting of one big, three middle and four little cores. That new technology and optimized structure allow the chip to step up to a higher level of performance and power efficiency. This lets you run your favorite apps more seamlessly — over a longer time and with higher security — and even demanding multitasking becomes a breeze.

Do more with exceptional fluidity. The Exynos 1580 upgrades its cores to Armv9 and replaces the previous bi-cluster architecture with a tri-cluster architecture consisting of one big, three middle and four little cores. That new technology and optimized structure allow the chip to step up to a higher level of performance and power efficiency. This lets you run your favorite apps more seamlessly — over a longer time and with higher security — and even demanding multitasking becomes a breeze.

Experience the latest games as they’re meant to be played. The Exynos 1580 implements the Xclipse 540, a third-gen custom GPU that achieves substantial upgrades in data processing capacity. With this serious graphics horsepower, you’ll be able to enjoy stunning, console-like visuals with less delay and stutter.

Experience the latest games as they’re meant to be played. The Exynos 1580 implements the Xclipse 540, a third-gen custom GPU that achieves substantial upgrades in data processing capacity. With this serious graphics horsepower, you’ll be able to enjoy stunning, console-like visuals with less delay and stutter.

Experience the latest games as they’re meant to be played. The Exynos 1580 implements the Xclipse 540, a third-gen custom GPU that achieves substantial upgrades in data processing capacity. With this serious graphics horsepower, you’ll be able to enjoy stunning, console-like visuals with less delay and stutter.

Get the snapshots you’ve always wanted. The Exynos 1580 supports an ultra-high resolution image sensor up to 200MP,
enabling improved contrast and detail expression even in darkness thanks to its advanced ISP.
​This means the photos and videos you capture in low-light conditions will have less noise than before.
Plus, with upgraded AI performance, the quality of your images is boosted even further.

Get the snapshots you’ve always wanted. The Exynos 1580 supports an ultra-high resolution image sensor up to 200MP,
enabling improved contrast and detail expression even in darkness thanks to its advanced ISP.
​This means the photos and videos you capture in low-light conditions will have less noise than before.
Plus, with upgraded AI performance, the quality of your images is boosted even further.

Get the snapshots you’ve always wanted. The Exynos 1580 supports an ultra-high resolution image sensor up to 200MP,
enabling improved contrast and detail expression even in darkness thanks to its advanced ISP.
​This means the photos and videos you capture in low-light conditions will have less noise than before.
Plus, with upgraded AI performance, the quality of your images is boosted even further.

Inject AI functionality into your life. The Exynos 1580 comes with an NPU that supports up to 14.7 trillion operations per second (TOPS) with a memory capacity increased to 2 MB. The result? A high-quality AI experience. With these capabilities, you can easily access one-line summaries of complex content or image-based translations in real time. That’s pretty neat.

Inject AI functionality into your life. The Exynos 1580 comes with an NPU that supports up to 14.7 trillion operations per second (TOPS) with a memory capacity increased to 2 MB. The result? A high-quality AI experience. With these capabilities, you can easily access one-line summaries of complex content or image-based translations in real time. That’s pretty neat.

Inject AI functionality into your life. The Exynos 1580 comes with an NPU that supports up to 14.7 trillion operations per second (TOPS) with a memory capacity increased to 2 MB. The result? A high-quality AI experience. With these capabilities, you can easily access one-line summaries of complex content or image-based translations in real time. That’s pretty neat.

Get more out of your power. Thanks to the third-generation 4nm EUV² FinFET process, the Exynos 1580 improves computing performance and power efficiency. The CPU’s optimized structure uses one big core and three middle cores (instead of four big cores), while the upgraded GPU also improves power efficiency by up to 37% compared to its predecessor.³ All this has been achieved by implementing enhancements ranging from manufacturing processes to individual IP design.

Get more out of your power. Thanks to the third-generation 4nm EUV² FinFET process, the Exynos 1580 improves computing performance and power efficiency. The CPU’s optimized structure uses one big core and three middle cores (instead of four big cores), while the upgraded GPU also improves power efficiency by up to 37% compared to its predecessor.³ All this has been achieved by implementing enhancements ranging from manufacturing processes to individual IP design.

Get more out of your power. Thanks to the third-generation 4nm EUV² FinFET process, the Exynos 1580 improves computing performance and power efficiency. The CPU’s optimized structure uses one big core and three middle cores (instead of four big cores), while the upgraded GPU also improves power efficiency by up to 37% compared to its predecessor.³ All this has been achieved by implementing enhancements ranging from manufacturing processes to individual IP design.